Environmental Issues and Waste Management Technologies in the Ceramic and Nuclear Industries XI, Volume 176

Copyright © 2006. The American Ceramic Society. All rights reserved.

Environmental Issues and Waste Management Technologies in the Ceramic and Nuclear Industries XI, Volume 176

Editor(s): Connie C. Herman, Sharon Marra, Dane Spearing, Lou Vance, John Vienna

Published Online: 25 APR 2012 08:15AM EST

Print ISBN: 9781574982466

Online ISBN: 9781118407950

DOI: 10.1002/9781118407950

About this Book

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This proceedings contains papers presented at the Ceramic/Glass Science and Technology for Nuclear and Environmental Industries symposium. Topics include nuclear and environmental technology applications in the ceramic industry; nuclear waste forms and fuels processing and technology - ceramic forms; nuclear waste forms processing and technology - steam reforming; panel discussion on nuclear waste forms durability, testing, and disposal status; nuclear waste forms and fuels processing and technology - glass forms; and advances in nuclear waste form testing and characterization methods.

Table of contents

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      Front Matter (pages i–vii)

  2. Part I: Nuclear and Environmental Technology Applications in the Ceramic Industry

    1. Indoor Air Pollution Control: Formaldehyde Adsorption by Zeolite Rich Materials (pages 1–13)

      Maria del Carmen Cazorla A. and Michael Grutzeck

    2. Molybdenum-Oxide Based Sorbants for Toxic Metals (pages 15–23)

      Mohammed Chehbouni and Allen W. Apblett

    3. Recovery of Palladium VIA a Vitrification Process (pages 25–31)

      DK Peeler, AD Cozzi, RF Schumacher, IA Reamer and RJ Workman

    4. Legal and Environmental Health and Safety Issues Facing Artists and Ceramic Engineers (pages 33–39)

      Julia Taylor

  3. Part II: Nuclear Waste Forms and Fuels Processing and Technology - Ceramic Forms

    1. Computational and Experimental Studies of the Radiation Response of Gd2Ti2O7 Pyrochlore (pages 41–54)

      R. Devanathan and W. J. Weber

    2. Hollandite-Rich Ceramics for the Immobilisation of Cs (pages 55–62)

      M.L. Carter

    3. General Recipe and Properties of a Four Inch Hydroceramic Waste Form (pages 63–74)

      Yun Bao and Michael W. Grutzeck

    4. Feasibility of Immobilizing Tank Wastes in Geopolymers (pages 75–80)

      Eric R Vance, Dan S Perera and Zaynab Aly

    5. Processing and Characterisation of Fluorite-Related Ceramic Wasteforms for Immobilisation of Actinides (pages 81–90)

      M. C. Stennett, N. C. Hyatt, W. E. Lee and E. R. Maddrell

    6. Immobilization of Cs and Sr in Geopolymers with Si/Al Molar Ratio of∼2 (pages 91–96)

      Dan S Perera, Eric R Vance, Zaynab Aly, Joel Davis and Catherine L Nicholson

  4. Part III: Nuclear Waste Forms and Fuels Processing and Technology - Steam Reforming

    1. Steam Reforming Technology for Denitration and Immobilization of Doe Tank Wastes (pages 97–110)

      Michael Cowen, J. Bradley Mason, Kevin Ryan and Duane Schmoker

    2. Feed Reactivity Study for Fluidized Bed Steam Reformer (FBSR) Processing (pages 111–119)

      Troy Lorier, Carol Jantzen, James Marra and John Pareizs

    3. Durability Testing of Fluidized Bed Steam Reforming (FBSR) Products (pages 121–137)

      Carol M. Jantzen, John M. Pareizs, Troy H. Lorier and James C. Marra

  5. Part IV: Panel Discussion on Nuclear Waste Form Durability Testing and Disposal Status

    1. The Product Consistency Test (ASTM C1285) for Waste Form Durability Testing (pages 139–151)

      Carol M. Jantzen and Ned E. Bibler

    2. Leaching Properties for Qualification of Non-Vitreous Waste Forms (pages 153–155)

      Eric R Vance

  6. Part V: Nuclear Waste Forms and Fuels Processing and Technology - Glass Forms

    1. Induction Heated Cold Crucible Melter Testing with Troublesome High Level Waste Components (pages 157–169)

      Alexander P. Kobelev, Sergey V. Stefanovsky, Oleg A. Knyazev, Tatiana N. Lashchenova, James C. Marra, E. William Holtzscheiter and Connie C. Herman

    2. DWPF Melter Glass Pump Implementation and Design Improvement (pages 171–178)

      Michael E. Smith, Allan B. Barnes, Dennis F. Bickford and Daniel C. Iverson

    3. Modeling Melt Rate for DWPF: A Preliminary Assessment (pages 179–188)

      A.S. Choi, D.K. Peeler and T.B. Edwards

  7. Part VI: Advances in Nuclear Waste Form Testing and Characterization Methods

    1. Characterization of Alteration Phases on HLW Glasses After 15 Years of PCT Leaching (pages 189–199)

      Isabelle S. Muller, Solange Ribet, Ian L. Pegg, Stéphane Gin and Pierre Frugier

    2. Glass Durability Correlations Interpreted Through the Electronegativity and Basicity of Network Formers (pages 201–212)

      Jacob Reynolds

    3. Revisiting the SO4 Limit for the Defense Waste Processing Facility (pages 213–222)

      DK Peeler, CC Herman, TB Edwards, ME Smith and DR Best

    4. Effects of Aging and Temperature on the Rheological Properties of Simulated Melter Feed Slurries for Nuclear Waste Vitrification (pages 223–229)

      Hong Zhao, Isabelle S. Muller and Ian L. Pegg

    5. Iron Covalency Assumptions and Redox Equilibrium in Vitrification (pages 231–238)

      Jacob Reynolds

    6. Preliminary Control Strategy for Hanford Low-Activity Waste Glass Formulation (pages 239–245)

      J.D. Vienna, G.F. Piepel, C.A. Musick, I.S. Muller and I.L. Pegg

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      Author Index (pages 246–247)

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